Performance Evaluation of Dynamic Networks Using EQOS Protocol
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A mobile ad-hoc network (MANET) is a self-configuring infrastructure less network of mobile devices connected by wireless links. No base stations are supported in such an environment. Due to node mobility in MANETs, frequent link breakages may lead to frequent path failures and route discoveries. It increases the overhead of routing protocols which reduces the packet delivery ratio and also increases the end-to-end delay. Thus, reducing the routing end-to-end delay in route discovery is an essential problem. The conventional on demand routing protocols use flooding to discover a route. They broadcast a Route Request (RREQ) packet to the networks, and the broad casting induces excessive redundant retransmissions of RREQ packet. In this paper the EQOS protocol handles the routing issues for packets associated with mobile nodes. This paper focuses on this scheme by presenting the background of mobile ad hoc networks, ad-hoc robot wireless communications. This innovation can reduce delay in delivery of packets while maintaining a high quality of service.